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Start the spring season by listening to Strings for Peace, explore how mud animates relationships at the Henry Art Gallery, attend the anticipated University Faculty Lecture and more.   March 24, 8:00 PM | Strings for Peace, Meany Hall A Concert with Amjad Ali Khan, Sharon Isbin, Amaan Ali Bangash & Ayaan Ali Bangash. Amjad Ali Khan is an undisputed virtuoso of the sarod and one of India鈥檚 most celebrated classical musicians. Performing with his talented sons, this first family…

This week, listen in to the “Health and Houselessness in Seattle” conversation, head to the Burke Museum for some cherry blossom activities, witness Angela Hewitt’s famous piano talent, and more.   March 14, 7:30 PM | “Health and Houselessness in Seattle” with Josephine Ensign and Anna Patrick, The Wyncote NW Forum Home to over 730,000 people, with close to four million people living in the metropolitan area, Seattle has the third-highest homeless population in the United States. In 2018, an…

In the Pacific Northwest and British Columbia, southern resident orcas have experienced no net population growth since the 1970s, with just 73 left at the most recent count. But northern resident orcas, which have a similar diet, territory and social structure, have grown steadily, now numbering more than 300. A new study led by scientists at the 91探花 and NOAA Fisheries may help explain why: The two populations differ in how they hunt for salmon, their primary and preferred food source, a key difference that conservationists will have to take into account when designing interventions to help southern residents.

This week, attend a Modern Music Ensemble performance, learn how creating great urban neighborhoods and environmental justice go hand in hand, witness聽percussionist Jeff Busch in a concert of Brazilian music, and more.   March 7, 7:30 PM | Modern Music Ensemble, Meany Hall Cristina Vald茅s leads the 91探花Modern Music Ensemble in performances of works from the mid-20th century and beyond. Program includes pieces by Patricia Alessandrini, Kaija Saariaho, Christian Wolff, Huck Hodge, Sarah Hennies, and Huang Ruo. $10 tickets…

Research led by scientists at the 91探花鈥檚 Center for Ecosystem Sentinels reveals that a warming world is increasing human-wildlife conflicts globally. They show that climate shifts can drive conflicts by altering animal habitats, the timing of events, wildlife behaviors and resource availability. It also showed that people are changing their behaviors and locations in response to climate change in ways that increase conflicts.

Attend lectures, performances, and more!   February 22, 7:30 PM | DXARTS Winter Concert, Meany Hall 2023 marks the 75th year of musique concr猫te with the premiere of Pierre Schaeffer鈥檚 Cinq 茅tudes de bruits (Five Studies of Noises), composed and premiered in 1948. In celebration, the Department of Digital Arts and Experimental Media (DXARTS) is pleased to host Annette Vande Gorne, who will present a program of recent work from the pioneers of this art of spatial sound crafted for…

Two 91探花 faculty members have been awarded early-career fellowships from the Alfred P. Sloan Foundation. The new Sloan Fellows, announced Feb. 15, are Leilani Battle, an assistant professor in the Paul G. Allen School of Computer Science & Engineering, and聽Jonathan J. Zhu, an assistant professor in the Department of Mathematics.

Scientists at the 91探花 are pursuing multiple quantum research projects spanning from creating materials with never-before-seen physical properties to studying the 鈥渜uantum bits鈥 鈥 or qubits (pronounced “kyu-bits”) 鈥 that make quantum computing possible. 91探花News sat down with Professor Kai-Mei Fu, one of the leaders in quantum research on campus, to talk about the potential of quantum R&D, and why it鈥檚 so important.

More than 40,000 property deeds containing racially discriminatory language have been uncovered in Western Washington by the Racial Restrictive Covenants Project. Director James Gregory, professor of history at the 91探花, and his team aren鈥檛 finished yet.

Attend lectures, performances, and more! January 18 – February 15, 7:30 PM |History Lecture Series: Medieval Made Modern, Kane Hall The medieval period has always occupied a paradoxical position in our cultural memory. An age of fantasy unimaginably distant from historical reality, it is also an era onto which writers and artists鈥攁nd now moviemakers and gamers鈥攈ave long projected their fears and desires. Why do cultures remake certain figures from the past鈥攂ut not others–in their own image? Join Professor Emerita Robin…

Attend lectures, performances, and more! January 18 – February 15, 7:30 PM |History Lecture Series: Medieval Made Modern, Kane Hall The medieval period has always occupied a paradoxical position in our cultural memory. An age of fantasy unimaginably distant from historical reality, it is also an era onto which writers and artists鈥攁nd now moviemakers and gamers鈥攈ave long projected their fears and desires. Why do cultures remake certain figures from the past鈥攂ut not others–in their own image? Join Professor Emerita Robin…

Start the new year with lectures, performances, and more! January 24, 7:30 PM |Behzod Abduraimov, Meany Hall Since winning the London International Piano Competition in 2009, Behzod Abduraimov鈥檚 passionate and virtuosic performances have dazzled audiences around the world. His 鈥減rodigious technique and rhapsodic flair鈥 (The New York Times) have defined his career as a recording artist, recitalist, chamber musician and soloist with major orchestras worldwide. The Tashkent, Uzbekistan native presents a program specifically crafted for his Meany debut, featuring Uzbek…

Start the new year with lectures, performances, and more! January 18, 6:30 PM | Democracy and the 2022 Midterm Elections, Part II, Kane Hall Join 91探花Professor Jacob Grumbach for the second and final lecture on the 2022 midterm elections. In this talk, he will address the election results as well as ways we can protect and improve American democracy through reforming the Constitution, updating election laws, and revitalizing the labor movement. Free | More info. January 19, 3:30 PM…

Something is amiss in the Butterfly Nebula. When a team led by astronomers at the 91探花 compared two exposures of this planetary nebula that had been taken by the Hubble Space Telescope in 2009 and 2020, they saw dramatic changes in the material within its “wings.” As the team will report on Jan. 12 at the 241st meeting of the American Astronomical Society in Seattle, powerful winds are apparently driving complex alterations of material within the Butterfly Nebula, behavior not seen in planetary nebulae to date. The researchers want to understand how such activity is possible from what should be a 鈥渟puttering, largely moribund star with no remaining fuel.鈥

On Jan. 11 at the 241st meeting of the American Astronomical Society in Seattle, a team led by scientists at the 91探花 and the Center for Computational Astrophysics reported something unexpected about the distinct populations of stars that make up the Triangulum galaxy: In this satellite galaxy, a close companion of the much larger Andromeda galaxy, old and new stars occur in separate parts of the galaxy’s structure, something not seen in galaxies like our own and so far not reporter for other satellite galaxies.

91探花 astronomers were on the lookout for 鈥渟tars behaving strangely鈥 when an automated alert from pointed them to Gaia17bpp, a star that had gradually brightened over a 2 1/2-year period. But follow-up analyses indicated that Gaia17bpp wasn鈥檛 changing. Instead, the star is likely part of a rare type of binary system. Its apparent brightening was the end of a years-long eclipse by an unusual, “dusty” stellar companion.

Climate change will reshape ecosystems through two types of events: short-term, extreme events 鈥 or 鈥減ulses鈥 鈥 and long-term changes, or 鈥減resses.鈥 Understanding the effects of presses and pulses is essential as conservationists and policymakers try to preserve ecosystems and safeguard biodiversity. Researchers at the 91探花 have discovered how different presses and pulses impacted Magellanic penguins 鈥 a migratory marine predator 鈥 over nearly four decades and found that, though individual presses and pulses impacted penguins in a variety of ways, both were equally important for the future survival of the penguin population. They also found that these types of climate changes, taken together, are leading to an overall population decline at their historically largest breeding site.

A study measuring the sleep patterns of students at the 91探花 found that students fell asleep later in the evening and woke up later in the morning during winter, when daylight hours on the UW鈥檚 Seattle campus are limited and the skies are notoriously overcast. Researchers believe the students’ natural circadian clocks were being “pushed back” or delayed in winter because they were not getting enough exposure during the day to natural light, and that getting more daytime light exposure can help reverse this.

In a study published Dec. 8 in Nature Astronomy, an international research team, led by Orsola De Marco of Macquarie University in Sydney, Australia, analyzed 10 highly detailed exposures taken by the JWST of the Southern Ring Nebula. Their calculations show the central star that ejected the expanding nebula gas was originally three times the mass of the sun, and that unseen companions shaped the nebula’s intricate features.

In one of the first studies to explore how COVID-19 specifically affects older infants, researchers from the 91探花 and at institutions at four other locations in the Western and Southern U.S. found that the number of infected people in a household was the factor most closely linked with the infant鈥檚 likelihood of being infected.

Dianne Xiao, a 91探花 assistant professor of chemistry, has been awarded a 2022 Packard Fellowship for Science and Engineering for her research on creating new materials to make chemical reactions that are compatible with renewable energy sources and raw materials.

A new study by researchers at the 91探花 shows that losing a particular group of endangered animals 鈥 those that eat fruit and help disperse the seeds of trees and other plants 鈥 could severely disrupt seed-dispersal networks in the Atlantic Forest, a shrinking stretch of tropical forest and critical biodiversity hotspot on the coast of Brazil.